BPS8B21JJD200L9LF

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Backplane Connectors - DIN 41612, a category of electrical connectors used to make electrical connections between circuit boards, are typically constructed out of insulators and metal pins or contacts. The most common type of backplane connector is the BPS8B21JJD200L9LF, which is a differential backplane connector. This connector utilizes two differential pairs to provide EMI suppression and to maintain common-mode noise immunity.

The BPS8B21JJD200L9LF is a very versatile connector, as it is suitable for up to 200 signals in a single row. This makes it an ideal connector for high density interconnect applications. In addition, this connector is RoHS compliant and provides compensation for board level tolerances. The BPS8B21JJD200L9LF utilizes a simple keyed interface, is capable of withstanding up to 90,000 mating cycles and has a high current capacity.

The primary application areas of the BPS8B21JJD200L9LF are telecommunications, industrial control, medicare and automotive. These connectors are commonly used to connect the main circuit boards or backplanes with controllers or power supplies. Examples of usage include connecting microcontrollers to display boards or connecting controller boards to power supplies.

The working principle behind the BPS8B21JJD200L9LF is simple; when two boards are connected by this connector, electrical signals can easily travel between them. This connector ensures that the signals are protected and do not interfere with each other, due to its EMI suppression and common-mode noise immunity features. The keyed interface also ensures that the boards are connected correctly and securely.

In conclusion, the BPS8B21JJD200L9LF is a high-performance, versatile connector suitable for many applications. It is capable of supporting up to 200 signals in a single row, provides EMI suppression and maintains common-mode noise immunity. It is also RoHS compliant and is capable of withstanding up to 90,000 mating cycles, making it an ideal choice for high-density interconnect applications.

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